Discover how micro-raman spectrometers are used to identify microscopic samples non-destructively.
The Science of Raman Microspectroscopy
Raman Microspectrometer Design
Units of Micro Raman Spectroscopy
CRAIC Apollo™ Micro Raman Spectrometer
The Raman microspectrometer is expertly designed to measure the Raman spectrum of microscopic samples using various exciting wavelengths. This powerful tool enables precise molecular identification, even down to specific functional groups within larger molecules. Each bond between atoms vibrates at unique frequencies, creating distinct "fingerprints" that allow for easy recognition of complex molecules.
With its ability to non-destructively analyze microscopic samples or specific areas within larger samples, the micro Raman spectrometer is invaluable across numerous applications. Uncover the detailed molecular composition of your samples with unparalleled accuracy and efficiency.
Pharmaceutical
Drug Discovery
Counterfeit Pharmaceutical Identification
Contaminant Identification
Microfluidic Device Development
Materials Science
Carbon Nanotubes
Diamond Films
Forensics
Semiconductor
Thin Film Quality Control
Materials Research
OLED Development
Diamond-like Films
GeologyGemstone Identification
Petroleum Analysis
Geological Research
ArtPigment Identification on Paintings
Dye Identification on Textiles
And more...Development of Pigments
Development of Dyes
Polymer Quality Control
Discover the application that micro raman spectrometers have due to their ability to identify microscopic samples non-destructively. The Science of Raman Microspectroscopy Raman Microspectrometer Design Units of Micro Raman Spectroscopy CRAIC Apollo™ Micro Raman Spectrometer Raman spectroscopy is used to identify different molecules and even functional groups within larger molecules. The bonds formed between atoms have specific vibrational frequencies that correspond to the atom's masses and the strength of the bond between them. Complex molecules therefore exhibit many peaks and can be readily identified by the pattern or "fingerprint" created by those peaks. As such, there are many uses for micro Raman spectrometers as they can non-destructively identify microscopic samples or microscopic areas of larger samples. Pharmaceutical Drug DiscoveryCounterfeit Pharmaceutical IdentificationContaminant IdentificationMicrofluidic Device Development Materials Science Carbon NanotubesDiamond Films Forensics Explosives Drugs of Abuse Polymers / Plastics Paint chips Ink Semiconductor Contaminant Identification Silicon Strain Silicon Crystal State Thin Film Quality ControlMaterials ResearchOLED DevelopmentDiamond-like Films Geology Gemstone IdentificationPetroleum AnalysisGeological Research Art Pigment Identification on PaintingsDye Identification on Textiles And more... Development of PigmentsDevelopment of DyesPolymer Quality Control
